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It is conceptually similar to BCG analysis, but more complex with nine cells rather than four. Like in BCG analysis, a two-dimensional portfolio matrix is created. However, with the GE model the dimensions are multi factorial. One dimension comprises nine industry attractiveness measures; the other comprises twelve internal business strength ...
The Dimensionally Extended 9-Intersection Model (DE-9IM) is a topological model and a standard used to describe the spatial relations of two regions (two geometries in two-dimensions, R 2), in geometry, point-set topology, geospatial topology, and fields related to computer spatial analysis.
The growth–share matrix [2] (also known as the product portfolio matrix, [3] Boston Box, BCG-matrix, Boston matrix, Boston Consulting Group portfolio analysis and portfolio diagram) is a matrix used to help corporations to analyze their business units, that is, their product lines.
As the cell progresses along its chosen path, a given focal adhesion moves closer and closer to the trailing edge of the cell. At the trailing edge of the cell the focal adhesion must be dissolved. The mechanism of this is poorly understood and is probably instigated by a variety of different methods depending on the circumstances of the cell.
The Moore neighborhood is composed of nine cells: a central cell and the eight cells which surround it. In cellular automata, the Moore neighborhood is defined on a two-dimensional square lattice and is composed of a central cell and the eight cells that surround it.
The α9 subunit forms a heterodimeric complex with a β1 subunit to form the α9β1 integrin. This integrin participates in cell adhesion with various ligands in the extracellular matrix (ECM), including extra domain A (EDA) fibronectin, tenascin-C, ADAMs, EMELIN1, osteopontin, and VEGF. [9] α9β1 binding is independent of the RGD peptide ...
The cheerleader effect, also known as the group attractiveness effect or the friend effect, [1] is a proposed cognitive bias which causes people to perceive individuals as 1.5–2.0% more attractive in a group than when seen alone. [2] The first paper to report this effect was written by Drew Walker and Edward Vul, in 2013. [3]
[2] For example, the matrix = transforms a primitive cell to body-centered. Another particular case of the transformation is a diagonal matrix (i.e., P i ≠ j = 0 {\textstyle P_{i\neq j}=0} ). This called diagonal supercell expansion and can be represented as repeating of the initial cell over crystallographic axes of the initial cell.